Aquaculture Environment encompasses a multifaceted and dynamic ecosystem where the delicate balance between aquatic organisms and their surroundings is meticulously managed to foster optimal conditions for aquatic life. This intricate environment represents a convergence of biological, chemical, and physical factors, intricately woven together to sustain diverse aquatic species. In the aquaculture setting, water quality is paramount, with meticulous attention given to parameters such as dissolved oxygen, pH levels, temperature, and nutrient concentrations. Aquaculture environments can span a spectrum from freshwater ponds to coastal brackish waters and marine facilities, each demanding specialized care. The symbiotic relationship between cultivated species and their environment requires constant monitoring and innovative technologies to mitigate potential challenges such as disease outbreaks and pollution. Sustainable aquaculture practices prioritize environmental stewardship, striving to minimize ecological impacts and conserve biodiversity. Aquaculture environments are also shaped by the infrastructure of fish farms, encompassing net pens, raceways, and recirculating aquaculture systems, each designed to optimize space utilization and resource efficiency. The integration of aquaculture into the broader environmental context involves considering the surrounding watershed, coastal zones, and the interconnectedness with adjacent ecosystems. As the global demand for seafood rises, responsible management of the aquaculture environment becomes paramount, necessitating a holistic approach that addresses environmental sustainability, animal welfare, and human well-being. Continuous research and technological advancements play a pivotal role in shaping the future of aquaculture environments, fostering innovation in areas such as aquaponics, precision aquaculture, and ecosystem-based management. In essence, the aquaculture environment encapsulates a delicate dance between human ingenuity and the natural world, where harmonious coexistence is the key to unlocking the full potential of sustainable aquaculture.
Title : Application of artificial intelligence and NISAR satellite to study the air sea CO2 exchange and aquatic toxicology to develop ‘Aquatic Pollution Remediation Technologies’(PART)
Virendra Goswami, Indian Institute of Technology, India
Title : DNA barcoding as a tool for biodiversity and ecological assessment in african freshwater systems: A case study of upper section of River Mpanga, Uganda
Basooma Rose, BOKU University, Austria
Title : Spatial refuge and reproductive potential of the vulnerable the picked dogfish (Squalus acanthias) in the Georgian black sea: Evidence from experimental trawl survey
Guranda, National Environmental Agency, Georgia
Title : Seasonal habitat shifts and purse seine dependence of mene maculata in the Taiwan strait: Early indicators of climate driven ecosystem change
Ipsita Biswas, National Taiwan Ocean University, Taiwan
Title :
Kidanie Misganaw Bezabih, University of Gondar, Ethiopia
Title : Eco friendly bioremediation: Azolla pinnata as a natural shield against hexaconazole toxicity in cyprinus carpio (LINNAEUS, 1758)
Mandeep Kaur, Panjab University, India